CN110693691B

CN110693691B - Remote limb nerve repair system based on nerve targeting regulation and its realization method

Info

Publication number: CN110693691B
Application number: CN201911131455.6A
Authority: CN
Inventors: 屈云
Original assignee: West China Hospital of Sichuan University
Current assignee: West China Hospital of Sichuan University
Priority date: 2019-11-19
Filing date: 2019-11-19
Publication date: 2022-03-01
Anticipated expiration: 2039-11-19
Also published as: CN110693691A

Abstract

The invention discloses a nerve repair system for distal limbs based on nerve targeting regulation, which mainly solves the problem that the rehabilitation repair in the prior art is repaired from the proximal end to the distal end, which easily causes some nerves of the patient to be unable to be repaired. The system includes a scalp rehabilitation training device for repairing a patient's scalp nerve, a hand rehabilitation training device for repairing a patient's hand nerve, and a foot rehabilitation training device for repairing the patient's foot, respectively installed on the scalp rehabilitation training device , The wireless communication module on the hand rehabilitation training device and the foot rehabilitation training device, and the control button module for remote control with the wireless communication module. Through the above solution, the present invention achieves the repair of all damaged nerves in patients with brain injury, and effectively solves the problems existing in the existing nerve repair methods. It has high practical value and promotion value.

Description

Limb distal nerve repair system based on nerve targeted regulation and control and implementation method thereof

Technical Field

The invention belongs to the technical field of medical instruments, and particularly relates to a limb distal nerve repair system based on nerve targeted regulation and a realization method thereof.

Background

With the development of economic level, the living standard and quality of life of people are greatly improved, and the medical level is also leaped forward, so that the population aging is improved, but a series of health problems are also caused along with the aging of the population, a series of sudden diseases such as stroke, cerebral infarction and cerebral congestion are easy to occur in the aging population, however, the diseases are easy to cause brain injury, and the normal movement pattern, posture, control ability and balance response of a brain injury patient suffering from a series of sudden diseases such as stroke, cerebral infarction and cerebral congestion are all inhibited to a certain extent. The rehabilitation training for the brain injury patient at present is usually to repair the brain injury patient from head to foot and from the proximal end to the distal end of the joint. However, the problem is that the nerve repair is more and more difficult to cure along with the extension of the disease duration, and when the duration exceeds a certain limit, the nerve repair will cause permanent damage to the nerve, and then the nerve repair is completely impossible. Therefore, according to the existing rehabilitation type training repairing method, the nerve of the parts far away from the brain or far away from the joints, such as feet, ankle joints, finger tips, etc., can not be repaired, so that the patient permanently loses part of the motor ability, which is a great pain for the patient. Therefore, how to change the existing rehabilitation training repair method to make the patient's condition progress well is a problem that needs to be solved urgently by those skilled in the art.

Disclosure of Invention

The invention aims to provide a limb distal nerve repair system based on nerve targeted regulation and a realization method thereof, and mainly solves the problem that in the prior art, partial nerves of a patient can not be repaired easily because rehabilitation type repair is carried out from a proximal end to a distal end.

In order to achieve the purpose, the technical scheme adopted by the invention is as follows:

the limb distal end nerve repairing system based on nerve target regulation and control is composed of a scalp rehabilitation training device for repairing scalp nerves of a patient, a hand rehabilitation training device for repairing hand nerves of the patient, a foot rehabilitation training device for repairing feet of the patient, wireless communication modules respectively installed on the scalp rehabilitation training device, the hand rehabilitation training device and the foot rehabilitation training device, and a control button module for realizing remote control with the wireless communication modules.

Furthermore, the scalp rehabilitation training device comprises a hemispherical device shell, a scalp massage device which is arranged at the inner side of the device shell and is used for massaging scalp nerves so as to promote blood circulation, the scalp massage device comprises a first control receiving device which is internally provided with a wireless communication module and is used for receiving control commands of a control button module, a first electric therapeutic apparatus which is integrated in the first control receiving device, a plurality of physiotherapy holes which are arranged on the inner side surface of the device shell, a physiotherapy board which is fixed in the device shell through springs and is matched with the appearance of the device shell, physiotherapy contacts which are arranged on the physiotherapy board and correspond to the physiotherapy holes one by one, an electric heating device which is arranged in the physiotherapy contacts, an inflatable cushion which is arranged in the device shell and is positioned at the back of the physiotherapy board, and a vibrator which is fixed on the physiotherapy board and is positioned between the physiotherapy board and the inflatable cushion, the fixing belts are arranged at two ends of the device shell and used for fixing the whole device shell when in use; the electric heating device and the vibrator are connected with the first control receiving device through a power line external power supply, the inflatable cushion is matched with a first inflation valve, the first inflation valve is connected with an inflation device through a pipeline, and the first electric therapeutic apparatus is connected with a plurality of head electric contacts located on the physiotherapy contact through a lead.

Furthermore, the electric heating device and the vibrator are connected with a regulating device through leads, the regulating device comprises a temperature regulator and a vibration frequency regulator, wherein the electric heating device is a head electric heating wire and is fixed in the physiotherapy contact.

Further, the physiotherapy contact is hemispherical, wherein the diameter of the physiotherapy contact is equal to that of the physiotherapy hole, and the physiotherapy contact is made of elastic rubber materials.

Further, the hand rehabilitation training device comprises a glove which is matched with the palm in shape, has an air bag structure and has various hand nerve stimulation functions, a second inflation valve, a second control receiving device and a second electric therapeutic apparatus, wherein one end of the second inflation valve is communicated with the air bag structure, the other end of the second inflation valve is communicated with the inflation device, the second control receiving device is arranged outside the glove, is internally provided with a wireless communication module and is used for receiving control instructions of the control button module, and the second electric therapeutic apparatus is integrated in the second control receiving device; the glove comprises finger parts, a palm part and a back part which are connected into a whole from the outside and independent from each other from the inside, inflation ports which are respectively arranged at the tail ends of middle finger sleeves of the finger parts, the center of the palm part and the center of the back part and are communicated with a second inflation valve, and a hand electric heating wire and a medicine permeation bag which are arranged on the inner layers of the finger parts, the palm part and the back part; the hand electric heating wire is electrically connected with the second control receiving device, and the second electric therapeutic apparatus is connected with a plurality of hand electric contacts which are positioned on the inner surface of the glove and at hand acupuncture points through conducting wires.

Further, all be equipped with on the inner layer structure of finger portion, palm portion and back of the hand and link to each other and be used for detecting pressure, the temperature sensor that finger, palm and back of the hand received with the inside wireless communication module of second control receiving arrangement.

Furthermore, the foot rehabilitation training device comprises a foot sleeve which is matched with the foot shape, has an inflatable cushion airbag structure and has a plurality of foot nerve stimulation functions, a third inflation valve with one end communicated with the airbag structure and the other end communicated with an inflation device, and a third control receiving device which is arranged outside the foot sleeve, is internally provided with a wireless communication module and is used for receiving control commands of the control button module, and a third electric therapeutic apparatus which is integrated in the third control receiving device, wherein the foot sleeve comprises foot electric heating wires which are arranged inside five toes, and a foot massage device which is arranged at the sole plate and the ankle joint and is used for massaging the foot acupuncture points and the ankle joint, the foot massage device has the same structure as the scalp massage device, the foot electric heating wires are the same as the hand electric heating wires and the head electric heating wires, and meanwhile, the foot sleeve is also provided with a foot electric contact which is connected with a third electric therapeutic apparatus through a power wire.

Further, the device shell, the gloves and the foot covers are all made of hard materials.

Specifically, the control button module comprises a wireless communication module arranged inside, buttons arranged on the surface of the control button module and used for starting the scalp rehabilitation training device, the hand rehabilitation training device and the foot rehabilitation training device, a display screen arranged on the surface of the control button module and used for receiving and displaying pressure and temperature information fed back by the scalp rehabilitation training device, the hand rehabilitation training device and the foot rehabilitation training device, adjusting buttons arranged on the control button module and used for adjusting the strength of the first, second and third electric therapeutic apparatuses, a reset button arranged on the control button module and used for enabling the adjusting interface to return to an initial state, and a power supply button used for starting or closing the display screen.

The implementation method of the limb distal nerve repair system based on nerve targeted regulation comprises the following steps:

(S1) wearing one or more of a scalp rehabilitation training device, a hand rehabilitation training device, and a foot rehabilitation training device on the patient according to the actual situation;

(S2) opening an inflation valve on the corresponding rehabilitation training device, and inflating through an inflation device to enable the heating wire and the physiotherapy contact to be in contact with the skin;

(S3) connecting the heating wire, the vibrator and the electric therapeutic apparatus of the corresponding rehabilitation training device to a power supply;

(S4) the hand-held control button module presses the button of the corresponding rehabilitation training device and adjusts the strength of the electric therapeutic apparatus, thereby starting the corresponding rehabilitation training device.

(S5) observing temperature and pressure information in the corresponding rehabilitation training device through a display screen provided on the control button module;

(S6) when the massage time is up, the corresponding power supply is turned off and the corresponding rehabilitation training device is taken off.

Compared with the prior art, the invention has the following beneficial effects:

(1) the invention carries out rehabilitation training on the far-end nerves of the human body, such as the scalp, the fingers and the feet, and after the far-end nerves are rehabilitated, the near-end nerves can be comprehensively influenced by the movement of the far-end nerves and the control of the brain, so that the self-rehabilitation is realized. According to the invention, the traditional nerve repair mode is changed, the nerve repair is carried out by adopting the reverse development sequence, and the directional repair mode is combined, so that the repair of all damaged nerves of a brain injury patient is realized, and the problems of the existing nerve repair mode are effectively solved.

(2) The scalp rehabilitation training device of the invention is characterized in that a shell of the device is sleeved on a skull and is fixed by a fixing band, so that a physical therapy contact is contacted with scalp nerve tissues, the extrusion degree of the physical therapy contact to scalp nerves is adjusted by the inflation action of an inflation device on an inflation cushion, so as to realize the adjustment of the massage strength of the scalp nerves, the physical therapy contact is heated by an electric heater to thermally stimulate the scalp nerves, the scalp nerves are enabled to be loose by adopting a thermal therapy mode, and the scalp nerves are massaged and relaxed by the vibration of a vibrator, because the physical therapy contact adopts a hemispherical shape made of an elastic rubber material, the damage to the scalp nerves is avoided, the stimulation and the relaxation of the scalp nerves are effectively realized, and the training device of the invention does not need the assistance and is not limited by working and living places, and only needs to be worn by others, the scalp nerve rehabilitation training device has the advantages that the scalp nerve rehabilitation training device can well realize the relaxation of scalp nerves and the rehabilitation training of the scalp nerves after the power supply is switched on and the stimulation intensity is set, has the function of targeted regulation and control because the scalp nerve stimulation training device is specially carried out aiming at the scalp nerve stimulation, and can relax the scalp nerves of people, relieve the scalp tension state of people and ensure the physical and mental health of people.

(3) According to the ingenious scalp rehabilitation training device, the inflatable cushion, the inflatable valve and the inflating device are arranged, so that the extrusion degree of the scalp by the physical therapy contact is adjusted, the stimulation intensity is adjusted, and the adjusting convenience of the rehabilitation training is greatly improved.

(4) The glove part in the hand rehabilitation training device is integrated in appearance, but the finger part, the palm part and the back part of the hand are mutually independent, the glove is integrally of an air bag structure, the heating wire and the medicine permeation bag are arranged on the inner layer structure of the glove, the control device and the air pump are utilized to realize the restart control of the glove and the heating of the heating wire, so that the pressure stimulation, the medicine stimulation and the temperature stimulation of the hand nerve rehabilitation training device to the hand are realized, and the finger part, the palm part and the back part which are mutually independent can be independently controlled by different parts such as fingers, palms, backs and the like to receive different stimulation intensities and stimulation modes, so that the targeted rehabilitation training of the nerves of the hand is carried out, and the treatment effect is improved.

(5) According to the hand rehabilitation training device, the temperature sensors and the pressure sensors are arranged on the finger parts, the palm parts and the back parts of the hands, so that the temperature and the pressure of each part of the hands can be detected in real time and fed back to the control device, the stimulation intensity and the stimulation mode are adjusted, and the optimal stimulation effect is given to the hand nerves.

(6) The shell, the gloves and the foot cover of the device are all made of hard materials, so when the inflatable cushion or the air bag (the same as the inflatable cushion and the air bag) inflates the inside of the device, the external shape of the inflatable cushion and the air bag can not be changed, and the joint part can not act because of stimulation in the process of a massage theory, thereby ensuring the physiotherapy effect.

Drawings

Fig. 1 is a schematic view showing the use of the scalp rehabilitation training device of the present invention.

Fig. 2 is a schematic use view of the hand rehabilitation training device of the invention.

FIG. 3 is a cross-sectional view of a glove of the present invention.

Fig. 4 is a schematic view of the foot rehabilitation training device.

Fig. 5 is a cross-sectional view taken at a-a in fig. 4.

In the drawings, the names of the parts corresponding to the reference numerals are as follows:

1-scalp rehabilitation training device, 2-hand rehabilitation training device, 3-foot rehabilitation training device, 4-control button module, 11-device housing, 12-spring, 13-physiotherapeutic plate, 14-physiotherapeutic contact, 15-inflatable cushion, 16-vibrator, 17-fixing band, 18-first inflation valve, 19-inflation device, 110-first control receiving device, 111-head electrical contact, 21-glove, 22-second inflation valve, 23-second control receiving device, 24-finger portion, 25-palm portion, 26-back of hand portion, 27-inflation port, 28-hand heating wire, 29-drug permeation plate, 210-pressure sensor, 211-temperature sensor, 212-hand electrical contact, 31-foot sleeve, 32-third inflation valve, 33-third control receiving device, 34-foot electric heating wire, 35-foot electric contact, 41-button, 42-display screen, 43-adjusting button, 44-reset button and 45-power button.

Detailed Description

The present invention is further illustrated by the following figures and examples, which include, but are not limited to, the following examples.

Examples

As shown in fig. 1 to 5, the limb distal nerve repair system based on nerve targeted regulation and control comprises a scalp rehabilitation training device 1 for repairing scalp nerves of a patient, a hand rehabilitation training device 2 for repairing hand nerves of the patient, a foot rehabilitation training device 3 for repairing feet of the patient, wireless communication modules respectively installed on the scalp rehabilitation training device 1, the hand rehabilitation training device 2 and the foot rehabilitation training device 3, and a control button module 4 for realizing remote control with the wireless communication modules.

The specific implementation method comprises the following steps:

this embodiment takes the patient to perform rehabilitation training on the scalp, hands and feet at the same time as an example. First, the head bags are worn respectively, the device case 11 is put on the head bags, and the head bags are fixed by the fixing bands 17, which are not limited to a certain type, as long as the fixing can be achieved. The drug permeable panel 29 is then placed on the patient's hand, the glove 21 is then placed on the patient's hand, and the foot sleeve 31 is similarly placed on the patient's foot, with the first inflation valve 18, the second inflation valve 22, and the third inflation valve 32 being actuated, the inflation device 19 being actuated, and the inflatable cushions and bladders of the respective rehabilitation training devices being inflated through the inflation ports. Because the scalp rehabilitation training device 1, the hand rehabilitation training device 2 and the foot rehabilitation training device 3 are respectively provided with the first control receiving device 110, the second control receiving device 23, the third control receiving device 33 and the first, second and third electric therapeutic apparatuses with wireless communication modules, the pressure sensors arranged in the scalp rehabilitation training device 1, the hand rehabilitation training device 2 and the foot rehabilitation training device 3 generate signals to the control button module 4 which also comprises the wireless communication modules through the corresponding control receiving devices and display the signals through the display screen 42, and a user judges whether to close the corresponding inflation valves according to pressure information. Wherein, the quantity of pressure sensor can be 1 or a plurality of, when being a plurality of and evenly distributed, can be more accurate the internal pressure of measurement scalp rehabilitation training device 1, hand rehabilitation training device 2 and foot rehabilitation training device 3. Meanwhile, pressure sensors and temperature sensors with the same function and function are arranged inside the scalp rehabilitation training device 1, the hand rehabilitation training device 2 and the foot rehabilitation training device 3.

When the inflation is finished, the inflation device 19 is closed, the electric heating wire, the vibrator 16 and the first, second and third electric therapeutic apparatuses are connected to the power supply, and the corresponding rehabilitation training device is started through a button 41 on the control button module 4, the temperature sensor collects the internal temperature information in real time and sends the information to the control button module 4 end for displaying in a wireless transmission mode, meanwhile, the intensity of the electrical stimulation can be adjusted through the adjusting button 43, the adjusting method takes the scalp rehabilitation training device 1 as an example, when the corresponding button 41 of the scalp rehabilitation training device 1 is pressed, the current stimulation intensity is changed by pressing the adjusting button 43, when the current stimulation intensity is adjusted to a proper value, the electric therapeutic apparatus returns to the initial state by pressing the reset button 44, and then the intensity of the electric therapeutic apparatus of other rehabilitation training devices can be adjusted, and the current intensity set by each rehabilitation training device is known through the display screen 42. When the strength of the electric therapeutic apparatus of all the rehabilitation training devices is set, the physical therapy can be carried out. Massage device can play the injecing to spring 12, when vibrator 16 vibrates, physiotherapy board 13 is taken to, the physiotherapy contact 14 that sees through physiotherapy hole and skin contact contacts through the vibration with skin, thereby awaken the training to nerve ending, and because spring 12 is spacing, consequently, guaranteed the power size of physiotherapy contact 14 and skin contact, thereby avoided causing the damage to skin or nerve, and the electrical contact that is connected with electrical therapy apparatus also is interstitial carries out the electro photoluminescence, its electric current size satisfies that medical regulation does not cause the injury to the human body.

The electric heating wires arranged at the five toe parts of the finger parts 24, the palm part 25 and the back part 26 locally heat the joint part at the far end, thereby avoiding the occurrence of joint or nerve necrosis caused by over-low temperature or insufficient blood supply.

Generally, the physiotherapy time is better controlled within 30 minutes to 1 hour at a time, a user needs to observe temperature information on a display screen in the physiotherapy process, and when the temperature is too high (generally, more than 40 ℃), a corresponding heating wire power supply is turned off. If the physical therapy is finished, all power supplies are pulled out, the power supply button 45 on the control button module 4 is pressed, then the scalp rehabilitation training device 1, the hand rehabilitation training device 2 and the foot rehabilitation training device 3 are respectively picked off, and the physical therapy is finished. The doctor or the family members can also judge whether to strengthen or weaken the strength of the electrical contact when carrying out next physical therapy according to the feedback of the patient.

The control button module, the first, second and third control receiving devices and the first, second and third electric therapeutic apparatuses involved in the present invention are all the prior art, and the working principle and working mode thereof are well known to those skilled in the art, and thus are not described in detail herein.

The above embodiments are only preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, but all changes that can be made by applying the principles of the present invention and performing non-inventive work on the basis of the principles shall fall within the scope of the present invention.

Claims

1. The limb far-end rehabilitation training and whole-body nerve repair system based on nerve targeted regulation and control is characterized by comprising a scalp rehabilitation training device (1) for repairing scalp nerves of a patient, a hand rehabilitation training device (2) for repairing hand nerves of the patient, a foot rehabilitation training device (3) for repairing feet of the patient, wireless communication modules respectively arranged on the scalp rehabilitation training device (1), the hand rehabilitation training device (2) and the foot rehabilitation training device (3), and a control button module (4) for realizing remote control with the wireless communication modules;

the scalp rehabilitation training device (1) comprises a hemispherical device shell (11), a scalp massage device which is arranged on the inner side of the device shell (11) and is used for massaging scalp nerves so as to promote blood circulation, the scalp massage device comprises a first control receiving device (110) which is internally provided with a wireless communication module and is used for receiving a control command of a control button module (4), a first electric therapeutic apparatus which is integrated in the first control receiving device (110), a plurality of physiotherapy holes which are formed in the inner side surface of the device shell (11), a physiotherapy plate (13) which is fixed in the device shell (11) through springs (12) and is matched with the shape of the device shell (11), physiotherapy contacts (14) which are arranged on the physiotherapy plate (13) and correspond to the physiotherapy holes one by one, an electric heating device which is arranged in the physiotherapy contacts (14), and an inflatable cushion (15) which is arranged in the device shell (11) and is positioned on the back surface of the physiotherapy plate (13), a vibrator (16) fixed on the physiotherapy plate (13) and positioned between the physiotherapy plate (13) and the inflatable cushion (15), and fixing belts (17) arranged at both ends of the device shell (11) and used for fixing the whole device shell (11) when in use; the electric heating device and the vibrator (16) are externally connected with a power supply through power lines and are simultaneously connected with a first control receiving device (110), the inflatable cushion (15) is provided with a first inflation valve (18) in a matching way, the first inflation valve (18) is connected with an inflation device (19) through a pipeline, and the first electric therapeutic apparatus is connected with a plurality of head electric contacts (111) positioned on the physiotherapy contact (14) through leads;

the hand rehabilitation training device (2) comprises a glove (21) which is matched with a palm shape, has an air bag structure and has a plurality of hand nerve stimulation functions, a second inflation valve (22) with one end communicated with the air bag structure and the other end communicated with an inflation device (19), a second control receiving device (23) which is arranged outside the glove (21), is internally provided with a wireless communication module and is used for receiving a control instruction of a control button module (4), and a second electric therapeutic apparatus which is integrated in the second control receiving device (23); the glove (21) comprises a finger part (24), a palm part (25) and a back part (26) which are connected into a whole from the outside and independent from each other from the inside, inflation ports (27) which are respectively arranged at the tail end of a middle finger sleeve of the finger part (24), the center of the palm part (25) and the center of the back part (26) and communicated with the second inflation valve (22), and hand electric heating wires (28) and drug permeation bags (29) which are arranged on the inner layers of the finger part (24), the palm part (25) and the back part (26); the hand electric heating wire (28) is electrically connected with the second control receiving device (23), and the second electric therapeutic apparatus is connected with a plurality of hand electric contacts (212) which are positioned on the inner surface of the glove (21) and positioned at hand acupuncture points through conducting wires.

2. The far-end limb rehabilitation training and global nerve repair system based on nerve targeted regulation and control as claimed in claim 1, characterized in that the electric heating device and the vibrator (16) are connected with a regulation and control device through a lead, the regulation and control device comprises a temperature regulator and a vibration frequency regulator, wherein the electric heating device is a head heating wire and is fixed in the physiotherapy contact (14).

3. The nerve-targeted-regulation-based limb distal rehabilitation training and global nerve repair system according to claim 2, characterized in that the physical therapy contact (14) is hemispherical in shape, wherein the diameter of the physical therapy contact is equal to the diameter of the physical therapy hole, and the physical therapy contact (14) is made of elastic rubber material.

4. The nerve-targeted-control-based limb distal rehabilitation training and global nerve repair system according to claim 3, characterized in that the inner layer structures of the finger part (24), the palm part (25) and the back of the hand (26) are respectively provided with a pressure sensor (210) and a temperature sensor (211) which are connected with the internal wireless communication module of the second control receiving device (23) and used for detecting the pressure and the temperature of the finger, the palm and the back of the hand.

5. The far-end limb rehabilitation training and global nerve repair system based on nerve targeted regulation and control as claimed in claim 4, characterized in that the foot rehabilitation training device (3) comprises a foot sleeve (31) which is matched with the foot shape and has an inflatable cushion airbag structure and has a plurality of foot nerve stimulation functions, a third inflation valve (32) which is communicated with the airbag structure at one end and is communicated with the inflation device (19) at the other end, a third control receiving device (33) which is arranged outside the foot sleeve (31), is internally provided with a wireless communication module and is used for receiving control commands of the control button module (4), a third electric therapeutic apparatus which is integrated in the third control receiving device (33), the foot sleeve (31) comprises foot heating wires (34) which are arranged inside five toes, and a foot massage device which is arranged at a foot bottom plate and an ankle joint and is used for massaging acupuncture points and the ankle joint, the foot massage device has the same structure as the scalp massage device, the foot electric heating wires are the same as the hand electric heating wires and the head electric heating wires, and meanwhile, a foot electric contact (35) connected with a third electric therapeutic apparatus through a power line is further arranged in the foot sleeve.

6. The far-end limb rehabilitation training and global nerve repair system based on nerve targeted modulation as claimed in claim 5, characterized in that the device housing (11), the glove (21) and the foot cover (31) are all hard materials.

7. The far-end limb rehabilitation training and whole-body nerve repair system based on nerve targeted regulation and control of claim 6, characterized in that the control button module (4) comprises a wireless communication module arranged inside, buttons (41) arranged on the surface of the control button module (4) and used for starting the scalp rehabilitation training device (1), the hand rehabilitation training device (2) and the foot rehabilitation training device (3), a display screen (42) arranged on the surface of the control button module (4) and used for receiving and displaying pressure and temperature information fed back by the scalp rehabilitation training device (1), the hand rehabilitation training device (2) and the foot rehabilitation training device (3), regulating buttons (43) arranged on the control button module (4) and used for regulating the first, second and third electric intensities, and a reset button (44) arranged on the control button module (4) and used for returning the regulating interface to the initial state, and a power button (45) for turning on or off the display screen (42).